Bachelor's degree in Electrical Engineering, Computer Engineering, or a similar engineering discipline.
Minimum 9 years of digital electronics design experience with a bachelor's degree, or minimum 7 years of digital electronics design experience with a master's degree in a technical field.
Extensive hands-on experience in digital hardware circuit design, including simulation, schematic capture, and support through test and integration.
Strong proficiency in HDL development, specifically VHDL and/or Verilog.
Deep understanding of synthesis, static timing closure, physical implementation (build), and FPGA image generation.
Demonstrated ability to generate strong testbenches and perform thorough verification of FPGA and digital designs.
Hands-on experience using Xilinx Vivado, Synopsys Synplify Pro, and Mentor Graphics QuestaSim (QuestSim).
Proven ability to implement real-time Digital Signal Processing (DSP) algorithms within FPGAs.
Experience with high-speed digital design techniques, including pipelining, asynchronous clock domains, synchronization, finite state machines, multi-cycle timing strategies, and FIFO-based data handling.
Ability to read and create Interface Control Documents (ICDs) and accurately define system and subsystem interfaces.
Familiarity with documentation standards and use of revision control tools and processes.
Proven team leadership and mentoring capabilities, with experience guiding engineering efforts and supporting colleagues.
Strong communication skills, with the ability to effectively interact with stakeholders at all levels inside and outside the organization.
Demonstrated adaptability, creativity, and collaborative working style, with comfort operating independently and solving complex technical problems.
Eligibility and willingness to obtain and maintain a government security clearance, with U.S. citizenship required for clearance processes.
Master's degree or advanced degree in Electrical Engineering or Computer Engineering.
Minimum 12 years of digital electronics design experience for candidates with an advanced degree.
Experience with algorithm modeling in MATLAB, including generation of bit-exact test vectors for verification.
Hands-on experience using MATLAB in support of DSP algorithm implementation and verification.
Strong VHDL experience, with the ability to develop and maintain complex FPGA designs.
Experience implementing DSP algorithms in FPGAs; the ability to realize provided algorithms in hardware without necessarily creating them from scratch.
Experience working in the Aerospace and/or Defense industries.
Experience with FPGA technologies from major vendors, including Xilinx and Intel (Altera), across various device families.
Familiarity with high-speed interfaces, RF DSP, control logic, data links, embedded processing, and processor interfaces within digital subsystems.
Current or previous possession of a Secret security clearance is beneficial.